Phospholipid PTM Myristamidopropyl Pg-Dimonium Chloride Phosphate Cationic Emulsifier Surfactant

Bionic phospholipid PTM phospholipid surfactant Plant sources

Product Description:

Bionic phospholipid PTM is a mild and multifunctional phospholipid complex extracted from plants. PTM has a skin sensation regulating effect, providing excellent conditioning performance and giving good skin sensation to skincare formulas and personal washing products; Extremely gentle on the skin and eyes, it can be used in infant and toddler care products or formulas for sensitive skin. PTM has a certain anti dandruff effect in shampoo products and has good moisture and dryness when used in rinse type personal cleaning products; Meanwhile, PTM can also enhance the anti-corrosion system and antibacterial effect, ensuring good antibacterial performance of the system while reducing the amount of preservatives used.

INCI name: Myristamidopropyl Pg-dimonium Chloride Phosphate

Product features and efficacy

1, Used in rinse type personal cleaning products, it can improve the sensory effect of the product, with good moisture and dryness sensation;

2, Has superior broad-spectrum antibacterial properties and can reduce the amount of preservatives used in the formula;

3, Enhance the effectiveness of anti dandruff agents in shampoo products and have a certain anti dandruff effect;

4, Extremely gentle and suitable for use in infant and toddler care products;

5, Has emulsifying function and can support formulations without ethylene oxide and benzoate esters

Application

Shampoo products: reference dosage: 0.5-3.0%;

Skincare products: Reference dosage: 0.2-1.0%

Deodorizing and sterilizing products: reference dosage: 1.0-3.0%

Gynecological lotion: reference dosage: 0.5-3.0%

Product performance:

1. Enhance the efficacy of dandruff suppressants

Biomimetic phospholipid PTM can enhance the efficacy of the anti dandruff agent pyroxene ethanolamine (OCT) in shampoo. OCT has anti-inflammatory and bactericidal effects. To demonstrate the performance of PTM in improving OCT efficacy, antibacterial rings were used in commercially available shampoo without dandruff reducing agents.

In Figure 1, according to the results of the antibacterial ring, compared with the shampoo with only 0.02% OCT added, 0.8% PTM can effectively improve the efficacy of OCT in shampoo and inhibit the growth of Malassezia furfur.

1. Reduce the amount of preservatives used in rinse off products

The potential health concerns about commonly used preservatives, such as nipagin esters, are increasingly being promoted. So lower efficiency preservatives, such as phenoxyethanol, are increasingly being used. The inhibition test area proves that 1% PTM can improve the anti-corrosion efficiency of phenoxyethanol in mild cleaning products (picture 2).

0.8% phenoxyethanol 0.8% phenoxyethanol+1%PTM

Picture 2: In mild cleaning products containing phenoxyethanol, there are 1% PTM and no

PTM inhibition test area. A low score indicates good antibacterial ability

Packaging and Storage:

50kg/bucket, stored in a ventilated and cool place.